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Recent Remote Sensing Activities in the Republic of Korea Presented to: UN Commission on Peaceful Uses of Outer Space Scientific and Technical Subcommittee February 2012 Presented by: Chin Young Hwang Korea Aerospace Research Institute

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Introduction of KARI

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  • Recent Remote Sensing Activities in the Republic of

    Korea

    Presented to: UN Commission on Peaceful Uses of

    Outer Space Scientific and Technical Subcommittee

    February 2012 Presented by: Chin Young Hwang

    Korea Aerospace Research Institute

  • Korea Aerospace Research Institute (KARI)

    Introduction of KARI

    - Established in 1989

    - aims to contribute to the development of the national

    economy and improvement of the quality of life in Korea

    through research, technology leadership, development &

    distribution on the aerospace science & technology field

    - KARI with its 700 engineers/scientists plays a central role in the

    aeronautics and space development of Korea

    - In 2011, KARI spent about $270million in the aerospace R&D

    sector and the investment is still increasing

  • ! ! ! !

    " ! " ! " ! " !

    Space Development Plan of Korea

    # # # # $ % $ % $ % $ %

    # # # #

  • Located at Daejeon, Korea Control KOMPSAT series & COMS Receiving, Processing, and Distribution of KOMPSAT

    data

    KARI Ground Station

  • Antennas at KARI Site

  • SVALBARD

    KARI

    Sejong

    KARI Global Network of Ground Station

  • KOMPSATKOMPSAT--11

    KOMPSAT Series (Korea Multi-Purpose SATellite)

    Remote Sensing Satellite Development

    !""

    KOMPSATKOMPSAT--22

    ##

    $$%$$%

    &!""

  • Applications of KOMPSAT-2

  • KOMPSAT-2 MSC 1m Pan sharpened

  • KOMPSAT-2 MSC 1m Pan sharpened

  • KOMPSAT-2 MSC 1m Pan sharpened

  • KOMPSATKOMPSAT--33 KOMPSATKOMPSAT--55

    ##

    $"'$!($"'$!(

    !"!

    #)#*)

    $+$!"$+$!"

    !"!

    KOMPSAT Series : Under DevelopmentKOMPSATKOMPSAT--3A3A

    #,-#,-

    $$-"..$!!$..$$-"..$!!$..

    !"+

    Remote Sensing Satellite Development

  • COMS Program (Communication, Ocean and Meteorological Satellite)

    ! " # $

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    Remote Sensing Satellite Development

  • Launch of COMS @ Kourou

  • Mission Objectives of COMS(1/2)

    Weather Monitoring MissionContinuous monitoring of imagery and extracting of meteorological products with high-resolution and multi-spectral imagerEarly detection of special weather such as storm, flood, yellow sandMonitoring of long-term change of sea surface temperature and cloud

  • Ocean Monitoring Mission First Geostationary Ocean Color Imager

    Monitoring of marine environmentsaround the Korean peninsula

    Production of fishery information(Chlorophyll, etc.)

    Monitoring of long-term/short-term change of marine ecosystem

    Mission Objectives of COMS(2/2)

  • COMS System Architecture

  • First COMS SWIR, WV, IR image

  • Monitoring Typhoon by COMS

  • ! ! " ! ! # ! ! " ! ! # ! ! " ! ! # ! ! " ! ! #

  • GOCI Mission Overview

    Band center Bandwidth Main Purpose

    1 412 nm 20 nm Yellow substance and turbidity extraction

    2 443 nm 20 nm Chlorophyll absorption maximum

    3 490 nm 20 nm Chlorophyll and other pigments

    4 555 nm 20 nm Turbidity, suspended sediment

    5 660 nm 20 nm Baseline of fluorescence signal, chlorophyll, suspended sediment

    6 680 nm 10 nm Atmospheric correction and fluorescence signal

    7 745 nm 20 nm Atmospheric correction andbaseline of fluorescence Signal

    8 865 nm 40 nm Aerosol optical thickness, vegetation, water vapor reference over the ocean

    The GOCI is providing full target area images in 8 narrow spectral bands selected for Ocean color monitoring.

    350 400 450 500 550 600 650 700 750 800 850 900 950

    Wavelength(nm)

    B1(412)

    B2(443)B3(490)

    B4(555)

    B5(660)B6(680)

    B7(745)B8(865)

  • Products of GOCI

    CHL SS CDOM

    Absorption Coeff. NDVI Kd

  • Time series of SS 10:16 11:16 12:16

    13:16 14:16

  • Comparison of GOCI and MERIS

    GOCI(2010 09 24 01: 16:43) (R(680), G(555), B(412))

    MERIS(2010 09 24 01: 43:51) (R(681.55), G(560), B(412.5))

  • GOCI Image Quality

    + ! , - . " / 0 . 1 # 2 2 3+ ! , - . " / 0 . 1 # 2 2 3+ ! , - . " / 0 . 1 # 2 2 3+ ! , - . " / 0 . 1 # 2 2 3- - - - 0 $$$ 4 5 6 0 $$$ 4 5 6 0 $$$ 4 5 6 0 $$$ 4 5 6 + ! , - . " / 1 7 8 # 2 2 3+ ! , - . " / 1 7 8 # 2 2 3+ ! , - . " / 1 7 8 # 2 2 3+ ! , - . " / 1 7 8 # 2 2 3- 5 $- 5 $- 5 $- 5 $ 0 $$$ 4 5 60 $$$ 4 5 60 $$$ 4 5 60 $$$ 4 5 6

  • GEO-KOMPSAT-A, B Development Plan

    The continuity of COMS missions

    COMS program : Launch at 2010, the predicted end of

    mission at 2017

    For the continuous mission of meteorological and ocean

    monitoring, the next satellite should be launched no later

    than 2017

    Development Launch Operation

    Development Launch Operation

    End of Mission

    Year 2010 Year 2017

    Year 2017 Year 2026Year 2010

    COMS

    GEO-KOMPSAT A, B

  • Anticipation of Mission Objectives

    Weather Monitoring Mission

    Ocean Monitoring Mission

    Environmental Monitoring Mission

    Continuous monitoring of meteorological products with higher resolution and early detection than COMS

    Continuous Monitoring of marine environment around Korea

    Production of fishery information and monitoring of ocean ecology and ocean pollutionMonitoring of long-term/short-term change of marine ecosystem

    Monitoring system for long/short-term environment change of around east AsiaMonitoring of yellow sand, air pollutant and aerosol

  • Evolution of Meteorological Imager

    COMS Geo/KOMPSAT-2A

  • Environmental Monitoring Mission of Geo/KOMPSAT-2B

  • Asia important region in Global AQ

    ! " "

    # $ " $ % & ' ( ) * + , # $ # # ,

  • KOMPSAT-5 GOLDEN Mission

    1. GIS2. Ocean management3. Land management4. Disaster monitoring5. Environment monitoring6. National security

    KOMPSAT-5

    ! " # $ % & ' ( ) * + , - . / 0 1

  • Cal/Val Site in Korea Overview

    Geometric Cal/Val; Distortion, Misalignment, Accuracy check

    5 GCP Sites; Total 866 points Ground Point Accuracy:

  • Mongolia Cal/Val Site

    KOMPSAT-5[Calibration and Validation]

    HR-mode CR

    ST-mode CR

    2009

    2010

    2009

    2010

    HR ST

    2009$$$$ 16 52010$$$$ 16 15Total 32 20

    Spare 3 0

  • CR InstallationHR-mode

    CRST-mode

    CR

    HR29A / 09. 8.17

    HR15D /09. 8.25

    ST13D /09. 9. 1

  • Joining the International Charter

  • Earthquake of Haiti - People Gathered in Local Stadium

  • ! " # $ % & ' $ ( $ ) ! " # $ % & ' $ ( $ ) ! " # $ % & ' $ ( $ ) ! " # $ % & ' $ ( $ ) ****

    Oil Spill @ Gulf of Mexico

  • Flood monitoring @ France

    - $ - % . / 0 ( 1 ( *

    - $ $ - % 1 2 / 0 ( ( 3 *

  • Tsunami observed by GOCI

    Changing of Coastal Suspended Sediments

    and Fire Monitoring

  • Tsunami observed by GOCI

    Changing of Coastal Line before and after tsunami

  • KOMPSAT-2 Project within ESAs Third Party Mission Program

    KOMPSAT-2 Ground segment co-operation: ESA has since long an operations contract with KSAT

    for Tromso/ Svalbard facilities, with SISA for Cat-1, and aims to set up a long-term co-operation with KARI

    ESA users are increasingly requesting to extend the Cat-1 Data Portfolio to VHR optical data

    ESA supports the K-2 operations and in return gains the right to extract a quota of archived and new products

    New TPM Co-operation scheme between ESA, European industry and KARI, and first time that TPM has a 1m satellite!